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An object is moving at constant speed around a horizontal circle of radius r. At a particular instant of time to, the acceleration a1 = (-8.001 - 3.00k) m/s2, and at a later time t2, the acceleration az = (3.001 - 8.00k) m/s2. Here, t1 = 5.00 s and t2 = 9.00 s. Note that the path of the object is in the x-z plane. We use a coordinate system with the +x axis to the right, +z axis vertically down, and +y axis coming toward you. (a) What is the period of rotation of the particle if it is moving in the clockwise direction? 16 S (b) What is the period of rotation of the particle if it is moving in the counterclockwise direction? 5.33 S (c) Find the radius of the path for the two cases indicated in parts (a) and (b). clockwise X .How.is. the.acceleration related to the speed and the radius? How is the speed related to the period of rotation? m counterclockwise ....... X Enter a number. riod when the motion is in the counterclockwise direction? m